SEKE 2012 Proceedings - Knowledge Systems Institute

Figure 7. Component selection by using SIS approach.
The OMR (O ntology Matching Result) is sent to
component extractor by OMR Sender, so that
corresponding components can be extracted from
components library, which P(C,S) is less than 1.Then the
Enumerator invokes the super-component that creates
various reuse analysis algorithms. The Tester collects and
presents the test results. The Time Controller restarts the
reuse analysis cycle with a d ifferent super component.
The Eliminator eliminates the inferior algorithms, and
finally the Con centrator selects the best algorithms with
the optimal parameters.
5. Conclusion
This paper pr esented a novel approach for ontology
mapping. It uses many existing and/or improved indexes
and a no vel way to combine them. Experimental results
demonstrate the effectiveness of the ap proach approach.
Future research topics include the continuous
improvement of the various indexes and the definition of
a merging approach. As a pr actical application of this
methodology, the so ftware component reuse approach
based on ontology mapping emphasizes the application of
the ontology mapping technology and the reuse of
software components. In software engineering, ontology
and ontology mapping technology can be very useful to
promote the sharing and reuse of the domain knowledge.
Through the mapping between the ontology nodes and
reusable software components, we can achieve the reuse
of the software assets from the ontology model to the
software components. Further research topics include
the refinement of mapping techniques between the
ontology nodes and software components.
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